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Is Land Rover developing an all-electric Tesla Model X rival?

Tesla will soon put its all-electric Model X crossover on sale, and if it's anywhere near as successful as the brand's four-door sedan the Model S, then it'll be a hell of an attention getter for mainstream automakers. Land Rover isn't waiting for proof of the Model X's success, though. According to reports, Land Rover could be preparing an all-electric Range Rover. Likely more crossover than full-size SUV, the new vehicle would probably be far more aerodynamic than current models. But the new EV would still take advantage of LR's high-tech aluminum structure, and could potentially be a close relative of the production Jaguar C-X17, according to Autocar. It seems unlikely that this new Land Rover EV will have the off-road chops of the brand's other models, but that doesn't mean that will be useless on the rough stuff. AC, citing Land Rover design boss Gerry McGovern, claims that a height-adjustable air suspension will allow a low, aerodynamic ride height for high-speed travel while it can easily be transitioned to a higher level for off-road duty. As for range, AC believes (and we agree) that a successful effort would need to get as close as possible to the Model S' 265-mile EV range. Autocar is anticipating a price of around 90,000 pounds, equivalent to $144,000, which roughly matches the cost of a UK-market Model S. If the Range Rover EV comes stateside, we'd wager that prices will start under six figures, much like the US-market Tesla.

Tesla Model S costs one nickel per drag race [w/video]

Historically, the intersection between electric vehicles and drag racing has been really small - or so we guess, at least. But the advent of Tesla in the auto marketplace, and the subsequent performance offered up to drivers by way of battery-powered cars, has caused even racy publications like DragTimes to get in on the action.
Having posted several YouTube videos featuring the Tesla Model S doing pulls at the local strip, DragTimes encountered questions about just how many races that car might be able to run before needing to re-juice its battery pack. The publication monitored the energy being used by the Tesla during full-throttle, quarter-mile runs, and determined that the net use (after energy from the regen braking was added back in) amounted to just 0.5 kWh per go. Considering that the full battery capacity is 85 kWh, DragTimes figured that the Model S is good for a remarkable 170 races before needing a recharge. By that math, and using electricity costs in DragTime's home state of Florida, each race would cost just a nickel and a penny's worth of electricity.
With respect, that theoretical number is probably way too high. For starters, the car would expend some energy getting to and from the starting line between races. Perhaps more critically, the system is designed to not allow for a completely full charge or deletion of charge, so the car can't use all 85 kWh. Still, 100 runs is in the realm of possibility. In the video below, the narrator makes mention of 150 runs, which is optimistic but more likely. Cheap thrills, in any case (once you've paid for the car).

Akerson calls for GM tech to stymie Tesla

Electric vehicle maker Tesla has had some good days lately as sales of the Model S have exceeded expectations as much as the company's profits, thanks in no small part to innovative thinking that has resulted in mass sales of ZEV credits to other manufacturers, free charging stations, 90-second battery swaps and manufacturer-owned dealerships. All of this has the attention of General Motors, who views Tesla as a disruptive force to the auto industry and as a threat to the 104-year-old automaker.
Case in point: GM recognizes that Tesla must be doing something right if it can sell more of its $69,900 Model S sedans than the $39,145 Volt. So what is GM doing about it? Chief Executive Officer Dan Akerson assigned a small team to study Tesla so the company won't be caught off guard in the future. In an interview with Bloomberg, Steve Girsky, GM vice chairman, said, "History is littered with big companies that ignored innovation that was coming their way because you didn't know where you could be disrupted."
GM was one of those big companies at one point, and it hasn't quite broken that mold. It has struggled to move on from the old, inefficient practices of its past, leading Akerson to chide employees at a recent conference in Houston because so many in-house patents had failed to be commercialized and implemented in GM designs. This, of course, resulted in a huge research-and-development budget that was wasteful. But Akerson knows that GM must rely on innovation and a tight focus on technologies that customers want if it is to be profitable and survive in the long term.